|
OALib Journal期刊
ISSN: 2333-9721
费用：99美元
|
|
|
|
edta对波士顿蕨吸收hg的影响及其光合响应
DOI: 10.3724/SP.J.1145.2011.00219, PP. 219-222
Keywords: 波士顿蕨,叶绿素荧光,hg,edta,植物修复,光合作用
Abstract:
采用水培实验方法研究edta对波士顿蕨吸收和转移hg的影响，以及波士顿蕨对hg及hg和edta胁迫下光合系统ii（psii）的响应.结果显示：波斯顿蕨的根部能富集hg，加入edta可以提高hg从其根部转移到地上部分.单独hg处理略微抑制了叶绿素的合成，hg或hg与edta处理对叶绿素的合成没有明显的影响.hg或hg与edta对植物的光合作用产生一定程度的胁迫作用.hg单独处理或hg与edta一起处理都导致了植物光合效能指数下降，干扰光系统ii中的能量转移，将部分反应中心被转化为能耗中心，在一定程度上抑制了光系统ii中的电子传递.表4参26
| [1] | 1cuidj(崔德杰),zhangyl(张玉龙).currentsituationofsoilcontaminationbyheavymetalsandresearchadvancesontheremediationtechniques.chinjsoilsci(土壤通报),2004,35(3):366~370
|
| [2] | 2chenhm(陈怀满)edinchief.heavymetalpollutioninsoil~plantsystem.beijing,china:science&technologypress(北京:科学技术出版社),1994
|
| [3] | 3govindjee.sixty-threeyearssincekautsky:chlorophyllafluorescence.austjplantphysiol,1995,22:131~160
|
| [4] | 4strasserrj.thegroupingmodelofplantphotosynthesis:heterogeneityofphotosyntheticunitsinthylakoids.in:akoyunoglouged.photosynthesisⅲ.structureandmolecularorganizationofthephotosyntheticapparatus.philadelphia,usa:bisspress,1981.727~737
|
| [5] | 5yangg(杨刚),wuj(伍钧),tangy(唐亚).researchadvancesinplantresistancemechanismsunderleadstress.chinjecol(生态学杂志),2005,24:1507~1512
|
| [6] | 6yanzl(严重玲),fusz(付舜珍),fangch(方重华),wusq(吴善绮),shenq(沈芹).effectsofhg,cdandtheirinteractiononchlorophyllcontentandantioxidantenzymesystemsinleavesoftobacco.actaphytoecolsin(植物生态学报),1997,2l(5):468~473
|
| [7] | 7mishraa,choudhurima.monitoringofphytotoxicityofleadandmercuryfromgerminationandearlyseedinggrowthindicesintworicecultivars.waterair&soilpoll,1999,114:339~346
|
| [8] | 8wangzg(王泽港),luojf(骆剑峰),liuc(刘冲).effectsofindividualheavymetalonphotosyntheticcharacteristicsinriceleaves.shanghaienvironsci(上海环境科学),2004,23(6):240~243
|
| [9] | 9yujj(于建军),zhanggl(张贵龙),liya(黎娅),xiongsp(熊淑萍),maxm(马新明).effectsofmercuryonphotosynthesisandchlorophyllfluorescenceparametersofflue-curedtobacco.jagro-environsci(农业环境科学学报),2008,27(5):1963~1968
|
| [10] | 10chenyc(陈玉成),dongsy(董珊燕),xiongzt(熊治廷).effectofsurfactantsandedtaoncadmiumbioaccumulationbybrassicajunceavar.multiceps.plantnutr&fertilsci(植物营养与肥料学报),2004,10(6):651~656
|
| [11] | 11chenj,shiys,hanfx,montsdl,waggonerca,yangzm,suy.bioaccumulationandphysiologicaleffectsofmercuryinpterisvittataandnephrolepisexaltata.ecotoxicology,2009,18:110~121
|
| [12] | 13shaoxw,zhangrz,tongsy,duzy,yangm,suncz.effectofsaline-alkalisoilfromsongnenplainonchlorophyllcontentinrice.chinjricesci,2005,19(6):570~572
|
| [13] | 14suzs(苏正淑),zhangxz(张宪政).comparisonofmethodsmeasuringchlorophyllcontentofplants.plantphysiolcommun(植物生理学通讯),1989,5:77~78
|
| [14] | 15forcel,critchleyc,vanrensenjjs.newfluorescenceparametersformonitoringphotosynthesisinplants.photosynthres,2003,78:17~33
|
| [15] | 16strasserbj,strasserrj.measuringfastfluorescencetransientstoaddressenvironmentalquestions:thejip-test.in:mathisped.photosynthesis:fromlighttobiosphere.dordrecht,thenetherlands:kappress,1995,5:977~980
|
| [16] | 26foycd,chaneyrl,whitemc.thephysiologyofmetaltoxicityinplants.annrcuplantphysiol,1978,29:511~526
|
| [17] | 12yoichirok,sawahi,keisuken,junkoy.identificationofqtlscontrollingricedroughttoleranceatseedlingstageinhydroponicculture.euphytica,2008,16:423~430
|
| [18] | 17strasserrj,srivastavaa,tsimilli-michaelm.thefluorescencetransientasatooltocharacterizeandscreenphotosyntheticsamples.in:yunusm,pathreu,mohantypeds.probingphotosynthesis:mechanism,regulationandadaptation.newyork,usa:taylorandfrancis,2000.45~83
|
| [19] | 18chaveses,ederjosédossantos,araujorgo,joséoliveirav,verafrescurala,curtiusaj.metalsandphosphorusdeterminationinvegetableseedsusedintheproductionofbiodieselbyicpoesandicp-ms.microchemj,2010,96:71~76
|
| [20] | 19hanzp(韩志萍),wangzy(王趁义).accumulationanddistributionofcadmium,lead,mercury,andcopperinarundodonaxofdifferentecotype.ecol&environ(生态环境),2007,l6(4):1092~1097
|
| [21] | 20wel(魏岚),chenyh(陈亚华),qianm(钱猛),shenzg(沈振国),lixd(李向东).thepotentialofbiodegradablechelateeddsforphytoextractionofheavymetalsfromcontaminatedsoils.jnanjingagricuniv(南京农业大学学报),2006,29(2):33~38
|
| [22] | 21mohanbs,hosettibb.phytotoxicityofcadmiumonthephysiologicaldynamicsofsalvinianatansl.,growninmacrophyteponds.jenvironbiol,2006,27(4):701~704
|
| [23] | 22luocl,shenzg,lixd.enhancedphytoextractionofcu,pb,zn,andcdwithedtaandedds.chemosphere,2005,59:1~11
|
| [24] | 23strasserrj,srivastavatm.analysisofthechlorophyllafluorescencetransient.in:papageorgioug,govindjeeeds.asvancesinphotosynthesisandrespiration.dordrecht,thenetherlands:kappress,2004.1~47
|
| [25] | 24lucm,chaucw,zhangjh.acutetoxicityofexcessmercuryonthephotosyntheticperformanceofcyanobacterium,s.platensis-assessmentbychlorophyllfluorescenceanalysis.chemosphere,2000,41:191~196
|
| [26] | 25xuhx(徐红霞),wengxy(翁晓燕),maowh(毛伟华),yangy(杨勇).effectsofcadimiumstressonphotosynthesis,chlorophyllfluorescencecharacteristicsandexcitationenergydistributioninleavesofrice.chinjricesci(中国水稻科学),2005,19(4):338~342
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|
